Computational design of special spectral selectivity coatings for a smart radiation device 特种光谱选择性涂层的遗传算法优化设计
The results indicated that the optical properties strongly depend on chemical proportion of titanium and nitride in TiN film. It is confirmed that the stoichiometric TiN films have good spectral solar selectivity. 结果表明,氮化钛薄膜的光学性能严格依赖于氮和钛原子数比,符合化学计量比的TiN薄膜具有良好的光谱选择性。
This special spectral selectivity coatings was designed by using a genetic algorithms ( GA). We search for the optimization sequence of the materials along with the thickness of the special spectral selectivity coatings for the SRD. 本文采用遗传算法(GA)来最优化设计这种光谱选择性涂层。
A Kind of Doped Transparent Film with Spectral Selectivity for Radiative Cooling 一种用于自然辐射冷却的光谱选择性透过薄膜
In this paper, two new algorithms are introduced by using the spectral correlation theory. The new algorithms have obtained the signal selectivity and overcome the limitations of existing methods using spatial spectrum estimation. 本文介绍了两种测向新算法,它们通过谱相关理论的应用,使新算法具有信号选择性,克服了当今流行的空间谱估计测向算法存在的不足。
The paper describes that electronic and rotating-vibration energy levels in materials decide spectral selectivity. 材质中电子能级和振转能级决定光谱的选择性。
Preparation of tellurium films with spectral selectivity by chemical vapour deposition method 化学气相沉积法制备光谱选择性碲膜
But in the course of calibrating detectors, the cavity pyroelectric detector is always regarded as having no spectral selectivity, that is to say the R(λ) is constant. 但是在标定过程中通常认为腔体热释电探测器是无光谱选择性的,即R(λ)为常数。
Besides providing the spectral information associated the interfacial charge transfer, the SERS spectroscopy in fact has proved to be very useful tool to study the molecule/ metal nanoparticle systems, due to its richness of molecular structure information, high sensitivity and surface selectivity. 除了提供关于界面电荷转移的光谱信息外,由于它具有丰富的分子结构信息、较高的灵敏度以及表面选择性,表面增强拉曼光谱已成为研究分子&金属纳米粒子体系的一个有力工具。
The results of optical transmittance analysis indicated that, when the dosage of ATO was 6.0%, the heat insulation material has good spectral selectivity. 涂膜透射光谱分析结果表明,当隔热材料中ATO用量为6.0%时,该隔热材料具有良好的光谱选择性。
The calculations show that DBR based FP cavity can ensure the spectral response peak to be close to 1, as well as the narrow linewidths, thus having good wavelength selectivity. 计算表明,这种结构的FP腔在保证出射光谱峰值接近1的同时也获得了细锐的光谱响应线宽,具有很好的波长选择性能。
Between the procedure of coupling, one problem is how to correspond the method to treat with spectral selectivity with computational efficiency. 在耦合过程中,一个难题是光谱选择性处理方法和计算效率的协调问题。